A derivatives salesperson visits a copper smelter to discuss a two-hour presentation on copper price hedging. The client listens politely and says, "We'll think about it." The same person then visits a ceramics factory to discuss natural gas price risk management. The response is, "Our kilns are operated by a third-party contractor." Both meetings fail for the same reason: the wrong language was used.

When companies face price volatility, derivatives are not the only option. Before taking action, one critical question must be answered: which type of hedging matches this company's exposure?

Understanding the Three Hedging Languages

Operational Hedging involves changing physical flows through measures like production flexibility, multiple bases, inventory management, dual sourcing, vertical integration, outsourcing, product mix adjustments, geographic diversification, and delayed decision-making. The tools here come from the company's own resource allocation.

Financial Hedging uses contracts to transfer risk, including futures, options, over-the-counter derivatives, currency forwards, and insurance. The tools are provided by the market.

Contractual Hedging designs transaction terms such as long-term supply agreements, price adjustment clauses, pricing periods, basis trading, processing fee negotiations, embedded options, and subcontracting fee mechanisms. The tools are embedded in the contracts themselves.

The difference between these three is not complexity, but where the risk is moved. Operational hedging disperses risk within the company's own resource allocation. Financial hedging sells risk to the market. Contractual hedging redistributes risk to the transaction counterparty.

This is Not a Classification; It is a Testable Framework

We tested this framework using public disclosures from listed companies across three industry chains, with three studies covering three distinct scenarios.

Proposition 1: Operational Hedging Can Replace Financial Hedging

Four A-share listed building ceramics companies disclosed their cost structures in the 2025 annual report, ordered by increasing proportion of outsourced or subcontracted costs. The data shows a monotonic negative correlation: as outsourcing increases, energy costs decrease. The reasons are straightforward. Outsourcing costs are a single bundled invoice containing the third-party contractor's raw materials, energy, labor, and profit. When a company outsources production, energy expenses disappear from the "fuel and power" line item. However, the kilns still need to run.

The company with the highest outsourcing ratio explicitly states in its annual report, "The company had no derivative investments during the reporting period." It is not unaware of hedging tools; it simply has another method: the exposure is absorbed by the business model itself.

Proposition 2: When Operational Hedging is Limited, Financial Hedging Becomes the Only Option

In a different industry with a completely different cost structure, pig farming companies disclose that raw materials (feed) account for 67.21% of costs, nearly unchanged from the previous year. Labor, depreciation, veterinary drugs, and manufacturing expenses each show a deviation of less than 0.15 percentage points across two years. Pig farming has no outsourcing path. You buy feed, feed the pigs, and sell them. 67% is 67%.

The result is that out of eight A-share listed pig farming companies we examined, at least six disclosed hedging activities in their 2025 annual reports. This is the same logic applied in reverse: outsourcing at 37% (high operational hedging capacity) often leads to "no derivative investments," while feed at 67% (process-locked) forces at least six out of eight companies to engage in hedging.

Proposition 3: When Both Fail, Only Contractual Hedging Remains

Jiangxi Copper's 2025 annual report describes its procurement model: "Overseas procurement is based on LME copper prices... with a deduction of TC/RC (treatment and refining charges) from the metal price." The formula is simple: procurement price equals metal market price minus processing fees (TC/RC). The sales price equals the metal market price. Therefore, the gross profit is equal to the processing fee (TC/RC). The metal price completely neutralizes between buying and selling. The smelter's profit comes from the processing fee, not the copper price.

In this scenario, operational hedging is impossible because the company must buy concentrate and sell cathode copper with no alternative physical flow. Financial hedging is also impossible because TC/RC has no contract, index, or counterparty to trade against. The only option is contractual hedging through annual long-term contract negotiations, pricing periods, and basis trading.

In 2026, this processing fee was negotiated down to zero. Yunnan Copper's 2025 annual report states that the long-term benchmark locked with a Chilean miner for 2026 is $0 per metric ton, "declaring the industry has officially entered a 'zero processing fee era.'" Public reports show that the 2023 benchmark for copper concentrate long-term processing fees was $88 per ton, falling to $80 in 2024, plunging to $21.25 in 2025, and further dropping to $0 in 2026. This marks a four-year decline from $88 to $0, the first time the industry has seen a zero processing fee long-term contract. When gross profit equals processing fees and processing fees are zero, the gross profit is zero.

A Quick Diagnostic Process

The sequence of questions is critical. Most companies first ask, "Is there a futures contract for this?" The correct first question is, "Can I avoid being exposed to this price altogether?"

Why Using the Wrong Language is Worse Than Doing Nothing

Companies that do nothing are aware of their inaction. Companies that use the wrong language believe they are managing risk when they are not. For example, telling a smelter to hedge copper prices when its exposure is nearly neutral is futile. Hedging a building materials company's natural gas costs when it outsources production only hedges someone else's costs. A pig farmer that only hedges feed costs but not selling prices manages a minor variable while leaving the major one exposed. This creates a false sense of security, which is more dangerous than doing nothing at all.

A Counterintuitive Insight

Operational hedging is often viewed as the "better" choice because it requires no margin, no specialized team, and no margin call pressure. However, it has a cost: risk does not disappear; it simply moves. The third-party contractor that bears raw material and energy price increases may demand higher processing fees, returning costs to the brand owner. If the contractor cannot cope, it may exit, causing production disruptions for the brand. To absorb costs, the contractor might lower quality, transferring reputational risk to the brand. Outsourcing is not risk transfer; it is risk delay plus risk invisibility. The companies taking on outsourced work are often small and medium-sized enterprises with no public reports, no disclosure obligations, and no publicly available data. Therefore, the more operational hedging is used on a supply chain, the less risk is visible in public data, but the total risk on the chain does not decrease. This is why on-site research is essential.

Boundaries of This Framework

This framework answers "which language to use," not "how much to hedge." The latter requires assessing a company's exposure size, cost structure, cash flow buffer, and risk tolerance. This must be calculated on a case-by-case basis and evaluated by a licensed institution. This article does not recommend any tools, products, or directions.

What We Are Doing

We are conducting on-site research on the operational exposure of enterprises in Sichuan province's industrial chains, covering building materials and home furnishings, pig farming, and non-ferrous metals and hardware. Participating companies will receive a free Operational Exposure Diagnostic Report. The on-site survey takes about 10 minutes, and the annualized profit volatility amount will be provided immediately after completion.

Disclaimer

This article is an observation and information service on the structure of industrial operational risk. It does not constitute investment advice, a prediction of any price trend, a promise of any returns, or a recommendation of any financial product. The Tianfu Hedge Fund Association and the executing party of this article do not hold securities or futures investment advisory qualifications, do not engage in discretionary asset management, and do not handle client funds. Any tools, products, or market mechanisms mentioned are only objective descriptions of their existence in the public market. Companies should consider their own circumstances and consult with licensed institutions before making decisions. All data from listed companies cited in this article comes from publicly disclosed periodic reports on the CNINFO website, with page numbers provided for verification. This article does not evaluate, recommend, or predict any listed company. Historical data on copper concentrate long-term processing fees cited in this article is from public financial media and securities research reports, with sources and publication dates provided. These figures may change, and readers should rely on the latest publicly disclosed information. We do not predict prices; we only translate exposure.